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APPENDIX A. EXHIBITS LISTED BY TOPIC using none toprint none in web,windows applicationean 13 generator 14.26 Legal and illegal none none uses of a discriminated variant record. 14.

28 Making a record object from its components in Ada. 14.40 Some of the type operations supported by Ada.

15.21 An Ada derived type is a new domain. 15.

22 Type casts in Ada. 15.23 Domain compatibility rules in Ada.

15.26 Using casts in a mapped domain. 15.

28 Using casts in Ada. 15.36 Ada integer type speci cation.

15.37 Ada real type speci cation. 15.

38 Mixed type addition in Ada. 16.6 De ning a stack package in Ada.

16.7 Using an Ada package. 17.

8 De nition of new methods for an Ada operator 17.9 Extensions of Ada operators for new types. 17.

19 A parameterized domain in Ada: vector of numbers. 17.20 Instantiating a generic template in Ada.

17.21 Declaration of a generic stack package in Ada. 17.

22 Instances of the stack package. 18.13 Manual polymorphic dispatching in Ada.

. .NET Framework 3.5 A.1.2.

Suggested references: P none none olivka and Pakin [1975]. For APL2, see Brown, Pakin, and Polivka [1988]. 2.

21 Strange but legal GOTOs in APL. 2.22 A computed GOTO idiom in APL.

3.7 Syntax for verbs in APL. 3.

16 Comment lines in older languages. 6.9 Languages where assignment is a function.


8 Name s, types, and binding in APL. 7.9 Dynamic binding in APL.

8.1 Syntax for expressions. 8.

7 Varying rules for parsing expressions. 8.8 Varying syntax for the use of operators.

9.27 Mapping functions in APL. 10.

33 Use of implicit looping in APL. 12.2 Primitive operations for arrays in APL.

14.31 Value constructors in APL. 14.

34 APL selection and dereferencing. 14.35 Constructing matrices in APL.

14.36 Selecting a submatrix in APL. 14.

37 APL selection functions. 14.38 Using value constructors in APL.

15.3 Domains are checked by APL primitive operators. 15.

4 A simple APL function. 15.5 APL does not check domains of programmer-de ned functions.

. A.1.3.

Suggested reference: St roustrup [1986]. 3.19 Comments terminating at end of line.

16.8 De ning a class in C++. 16.

9 Instantiating a C++ class. 16.10 A represented domain in C++.

16.11 Friend classes. 18.

8 Deriving classes in C++. 18.9 Calling a C++ function with two de ning methods.

18.10 Conversion functions in C++. 18.

11 Coercion with a programmer-de ned function. 18.12 Dispatch rules for C++ overloaded functions.


C and ANSI C Suggested references: K ernighan and Ritchie [1988], Harbison and Steele [1991]. 1.2 Violations of redundancy rules in ANSI C.

2.9 Addition represented di usely or coherently. 2.

10 A coherently but not contiguously represented object. 2.12 Bitwise and logical operations.

2.13 Useful pointer operations supported in C. 3.

2 Size and encoding bundled in C. 3.13 Tokens used to delimit program scopes.

3.17 Comment beginning and end delimiters. 3.

20 De nition of a simple macro in C. 3.21 Use of a simple macro in C.

3.22 A nest of macros in C. 3.

23 Use of the simple PRINTX macro. 3.24 A macro with parameters in C.

3.25 Use of the print macro with parameters. 6.

4 Initial value declarations in C. 6.6 Initializing and copying a compound object in K& R C.

6.7 Initializing and copying a compound object in ANSI C. 6.

9 Languages where assignment is a function. 6.10 Assignment as a function in C.

6.15 Pointer assignments with dereference in C. 6.

16 Pointer assignment without dereference in C. 6.22 Dynamic allocation in C.

7.4 Prede ned names in C. 7.

17 Constant declarations in C. 8.7 Varying rules for parsing expressions.

8.15 Expressions whose values are indeterminate in C. 9.

6 A call on a variable-argument function in C. 9.20 Pointer parameters in C.

. A.1. LANGU none none AGES 9.

21 Call-by-pointer using & in C. 9.22 Assignments using pointers in C.

9.23 Call-by-pointer using pointer variables in C. 9.

24 Stack diagram for call-by-pointer. 9.25 Creation of two dangling pointers in C.

9.26 Creating a dangling pointer. 10.

6 Syntax and uses of a conditional expression in C. 10.7 Syntax and uses of a conditional statement in C.

10.19 The C switch statement without and with break. 10.

30 Uses of the iteration element in C. 10.31 Many ways to write the same iteration.

10.32 Equivalent loop forms in C. 10.

34 Explicit looping in ANSI C takes more writing. 11.9 The input loop implemented using break in C.

11.17 I/O with error checking in C. 11.

18 I/O without error checking in C. 12.1 A nonfunctional function in C.

13.14 Euclid s algorithm in C. 13.

16 Quicksort in C. 13.17 Notes on the C quicksort.

14.5 A C pointer and its type-object. 14.

12 Diagram of a zero-based array type-object. 14.13 A type-object for a null terminated string.

14.21 Using a pointer in C to emulate with . 14.

39 The lone type operation in C. 15.7 Pointer assignments in K& R C.

15.10 Merging the domains truth value and integer . 15.

11 Many misinterpretations! 15.12 The bane of the former Pascal programmer. 15.

17 Merged domains de ned using typedef in C. 15.30 Reference level in C.

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